The loading coagulation magnetic separation technology applied in magnetic flocculation water treatment equipment is achieved by adding efficient and recyclable magnetic powder during the chemical flocculation reaction to increase the specific gravity of the coagulation floc, thereby greatly improving the sludge settling speed and effluent effect, while reducing the footprint.

1. Technical characteristics of magnetic flocculation water treatment equipment:

Sedimentation rate of 20m/h~40m/h, effluent TP<0.1mg/L, turbidity<1NTU, SS<5mg/L, high COD and BOD removal rates.

2. Process flow diagram of magnetic flocculation water treatment equipment:

The system adds magnetic loading materials and coagulants to the mixing tank for magnetic powder loading of activated sludge, and then enters the clarification tank for efficient solid-liquid separation. The high concentration activated sludge is refluxed to the biochemical reaction tank, thereby increasing the sludge concentration in the biochemical system and improving the treatment efficiencyReason effect. The high-speed sedimentation of sludge in the clarification tank greatly increases the unit processing capacity and effectively solves the problem of filamentous bacterial expansion in activated sludge.

3. Advantages of magnetic flocculation water treatment equipment technology:

(1) Fast settling speed, high surface load, effectively reducing land occupation area;

(2) Effectively increasing sludge concentration, up to 8-12 mg/L;

(3) Magnetic powder recycling with minimal loss;

(4) Effectively solved the problem of filamentous bacteria expansion in sludge;

(5) And it is suitable for upgrading and upgrading existing sewage treatment plants;

4. The effluent effect of magnetic flocculation water treatment equipment:

（1）COD<50mg/L

（2）BOD<10mg/L

（3）SS<5mg/L

（4）TP<0.1mg/L

(5) Turbidity<1NTU

5. Market application of magnetic flocculation water treatment equipment:

(1) Applied to the upgrading and transformation of municipal sewage.

(2) The treatment of domestic sewage in villages and towns is made into mobile devices for flow treatment, effectively solving problems such as scattered sewage and incomplete pipe networks in villages and towns.

(3) Used for the treatment of surface water such as lakes and rivers, removing algae from water bodies, significantly reducing total phosphorus in water bodies, effectively controlling eutrophication of water bodies, and improving water quality.

(4) Used for the treatment of petroleum wastewater, papermaking wastewater, chemical wastewater, and high phosphorus industrial wastewater.

(5) Provide a technical platform for local governments to establish a sewage emergency treatment system to respond to emergencies and natural disasters.